Answer:
Don’t buy snacks on the run. They are often less healthy and more expensive.
Get creative and try new foods. You may find less expensive food that you enjoy just as much!
Shop with a calculator and add things up as you put them in your cart. If you're shopping with kids, give them the job to tally what's in the cart. It will help you stick to your spending plan.
Learn how to cook or bake. Hit up a family member for help or take a class.
Buy non–food grocery items like detergent or garbage bags at a discount store.
Only buy what you need and can afford; 3-for-1 is only a good deal if you can use three.
Price check and shop around for discounts on items you buy regularly. Use store and manufacturer coupons when you can.
Explanation:
Answer:
a.
<u>Given Data :</u>
Data rate of each Line (Channel) = 9600 bps
Total lines need to be multiplexed = 10
<u>Solution:</u>
Total Capacity of Synchronous TDM = Data rate of each line x Total Lines
= 9600 bps x 10
= 96,000 bps
= 96 Kbps
Explanation:
In time division multiplexing, multiple channels (Lines) can transmit data over the medium on different time slots. In synchronous TDM, equal time has been allocated to each channel to transmit their data over the medium. so the total capacity required for 10 lines synchronous TDM is 96Kbps.
Answer:
b.
<u>Given Data:</u>
Data rate for each line (Channel) = 9600 bps
Total lines need to be multiplexed = 10
Average TDM link utilization = 80% = 0.8
Each link busy for the time = 50% = 0.5
<u>Solution:</u>
Capacity of Statistical TDM = data rate x number of Lines x each channel duration/Average utilization of TDM
Capacity of Statistical TDM = 9600 bps x 10 x 0.5/0.8
=60,000 bps
= 60 kbps
Explanation:
In TDM, if we want to limit the capacity of TDM and each channel that need to be multiplexed. we can limit the utilization of the TDM by limiting its transmission time of each channel and also the capacity of TDM.
The first example is an IPv4 address. Because IPv4 is only 32 bits long there are only about 4 billion addresses available. To expand the address space IPv6 came into existence and your second example is an IPv6 address.
The long term memory used by the computer is called “RAM”
The answer would be a. pseudocode.
Pseudocode helps programs map out the logical pattern of how their program has to look. This means that by getting down the logical idea on how a program should look like, they will be able to implement this algorithm later on in the actual program. :)